adl5374acpz-wp Analog Devices, Inc., adl5374acpz-wp Datasheet - Page 19
adl5374acpz-wp
Manufacturer Part Number
adl5374acpz-wp
Description
3000 Mhz To 4000 Mhz Quadrature Modulator
Manufacturer
Analog Devices, Inc.
Datasheet
1.ADL5374ACPZ-WP.pdf
(20 pages)
Available stocks
Company
Part Number
Manufacturer
Quantity
Price
The setup used to evaluate baseband frequency sweep and
undesired sideband nulling of the ADL5374 is shown in Figure 40.
The interface board has circuitry that converts the single-ended
I input and Q input from the arbitrary function generator to
differential I and Q baseband signals with a dc bias of 500 mV.
ARBITRARY FUNCTION GENERATOR
0.500
VPOS +5V
5.000
CH1
CH2
0.200 ADC
AGILENT 34401A
AGILENT E3631A
POWER SUPPLY
MULTIMETER
AGILENT E3631A
+
POWER SUPPLY
+
6V
VCM = 0.5V
TEKTRONIX AFG3252
1MHz
AMPL 700mV p-p
PHASE 0°
1MHz
AMPL 700mV p-p
PHASE 90°
6V
VPOS +5V
–
DUAL FUNCTION
–
0.010A
0.350A
Figure 40. Setup for Baseband Frequency Sweep and Undesired Sideband Nulling
+
+
0°
COM
±25V
+5V
COM
±25V
–
–
–5V
I Q
F-MOD TEST RACK
SINGLE-TO-DIFFERENTIAL
Q IN DCCM
AGND
I IN DCCM
90°
CIRCUIT BOARD
I IN AC
VPOSB VPOSA
TSEN
VN1
Rev. 0 | Page 19 of 20
IN1
Q IN AC
GND
VP1
IN1
FREQ 4MHz TO 4GHz
QN
QP
LEVEL 0dBm
IN
IP
Undesired sideband nulling was achieved through an iterative
process of adjusting amplitude and phase on the Q-channel. See
the Sideband Suppression Optimization section for a detailed
discussion on sideband nulling.
SIGNAL GENERATOR
R AND S SMT 06
IP
IN
QP
QN
VPOS
CHAR BD
F-MOD
SPECTRUM ANALYZER
R AND S FSEA 30
100MHz TO 4GHz
OUT
GND
LO
+6dBm
OUT
RF
IN
RF
OUTPUT
LO
ADL5374